Issues

Obtaining the electron paramagnetic resonance signatures of cobalt and copper, two impurities often found in gallium oxide, could help control the properties of this promising semiconductor.

Physicists propose a design for a next-generation source of ultracold neutrons which can produce a high current of ultracold neutrons.

A new method can vary operating parameters for a pulsed plasma created by combining a high-current hollow cathode discharge with a low-voltage glow discharge.

Scientists study scanning electron microscopy on carbon velvet to learn how to minimize secondary electron emission.

Using a suctioning and blowing technique, scientists discovered how to minimize damage done to tandem cylinders by vortex shedding and vibration.

X-ray spectroscopy applications are extended to include the time-resolved study of reactions caused by temperature jumps in aqueous solutions.

Scientists program “patchy” particles to assemble like puzzle pieces into complex crystal forms.

A new article investigates the reactivity and size dependence of platinum and rhodium nanoclusters in the catalyzed decomposition of methanol-d4.

Researchers study wake-blade and wake-wake interactions in a two-stage compressor in air to obtain groundbreaking data on near-wall turbulence.

Researchers design tunable acoustic metamaterial based on rotating C-shaped unit cells to create three types of acoustic lenses—converging, diverging and deflection.

New research sought to understand the mechanism of thermal droop, a process that decreases LED efficiency at increased temperatures.